2-ARM Puller 60 x 50mm - Kukko Quality Tools Inc

Part #: 43-1

Robust 2-Arm Design: Delivers stable and balanced force distribution for secure gripping and effective pulling.
Compact Capacity: Specifically engineered for extracting components up to 60mm in diameter with a 50mm reach.
Lightweight Construction: Weighing only 0.5 lbs, this puller offers easy handling and maneuverability in various work environments.
Premium Quality Materials: Manufactured by Kukko Quality Tools Inc, ensuring tool durability and consistent performance.
Precise Engineering: Designed for controlled and efficient removal of tightly fitted parts without causing damage.

Automotive Maintenance: Ideal for safely removing small gears, pulleys, and bearings from vehicle engines, transmissions, or other assemblies.
Industrial Servicing: Used for dismounting components from small electric motors, pumps, and various industrial machinery during maintenance or repair.
Electrical & Electronics Repair: Facilitates the careful extraction of miniature bearings, sprockets, or other press-fit parts from sensitive devices.
DIY & Workshop Use: A versatile tool for hobbyists and professionals working on compact equipment, offering reliable component removal.

Damage Prevention: The balanced two-arm grip minimizes the risk of bending, scoring, or deforming valuable components during the extraction process.
Increased Efficiency: Streamlines the process of disassembling tightly fitted parts, saving significant time and effort compared to manual methods.
Versatile Performance: Effectively removes a range of small gears, bearings, and pulleys, making it a valuable tool across diverse applications.
Access in Tight Spaces: Its compact dimensions and lightweight design enable easy operation and maneuverability in confined or hard-to-reach work areas.
Reliable Durability: Built to the high standards of Kukko Quality Tools Inc, ensuring long-term performance and consistent, dependable results.
Enhanced Safety: Provides a controlled and predictable method of component extraction, reducing the need for forceful impacts and minimizing potential hazards.